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Neptune Hydrocarbon Leak Detection

For the offshore oil and gas industry, hydrocarbons fall loosely into three areas: oil, gas and mixtures of both (multi-phase) and therefore the method used for hydrocarbon leak detection will depend on which of the three is prevalent.

 

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Description

Detecting a hydrocarbon leak will depend on the type of hydrocarbon to be detected such as:Oil: long range fluorescence
Gas: Methane sensor
Multiphase: both sensors can be used together.

Oil Detection For crude oil pipeline leaks, lubricating oils, hydrocarbon based control fluids etc., Neptune’s Long Ranger fluorometer is used (see PLD Fluorescent Leak Detection (FPLD)).

Gas Detection For gas, Sniffit, a direct reading hydrocarbon leak detector, has been added to the range of Neptune Oceanographics’ leak detection systems.

The Sniffit can detect gaseous hydrocarbon leakage in water and display data in real time. It is primarily a Methane detector but will detect all gaseous hydrocarbons. A new version of the Hydrocarbon Detector has recently been developed that will detect mono ethylene glycol (MEG). The SNIFFIT system uses two types of sensor depending on requirement. For methane and similar an underwater gas sensor is used. A prime application for the technology is detecting leaks from subsea gas pipelines and installations.

SNIFFIT is a unique, real-time system for gaseous hydrocarbon detection in water. In the offshore oil and gas environment, SNIFFIT is an essential tool for detection of gaseous leaks from pipelines and other sub-sea installations. The simple to operate system is designed for easy fitting aboard ROVs, AUVs and other underwater vehicles. Measurements are made directly by the SNIFFIT system and results are displayed in real-time via the user friendly software package.

Features and Benefits of SNIFFIT Real-time data presentation

  • Simple integration to host ROV etc
  • High sensitivity
  • Compact and robust
  • Proven track record
  • Rapid availability
  • Direct sensing of fluid – no tracer additives
  • Rated to 2000m for gas 3000m for oil (deeper versions available as a special)
  • Non invasive
  • Immediate reaction to events
  • No consumables
  • No specialist training

Applications

  • Offshore pipeline and sub-sea installation monitoring
  • Environmental monitoring of outfalls and waste
  • Seabed dredging safety monitoring
  • Methane hydrate exploration
  • Additional data for route surveys – gas vents etc.
  • Marine accident searches and forensics
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